The protein synthesized in the most copies in E. coli is an alpha helix rich lipoprotein discovered by Braun; one-third of those copies bind covalently through the C-terminal lysine to this substance. The topical antibiotic bacitracin inhibits the function of bactoprenol in the synthesis of this substance, and NOD1 recognizes meso-DAP, which is found here. Teichoic acids and this substance bind to surface layer homology domains. A pseudo-form of this substance features beta-(1,3) linkage and leads to the lysozyme-insensitivity of Archea. Penicillin-binding proteins are essential in the synthesis of this substance, which is one of few natural occurrences of D-amino acids. One component of this substance consists of alternating NAG and NAM linkages, the latter of which hosts a three to five amino acid sequence. For 10 points, name this poly
The protein synthesized in the most copies in E. coli is an alpha helix rich lipoprotein discovered by Braun; one-third of those copies bind covalently through the C-terminal lysine to this substance. The topical antibiotic bacitracin inhibits the function of bactoprenol in the synthesis of this substance, and NOD1 recognizes meso-DAP, which is found here. Teichoic acids and this substance bind to surface layer homology domains. A pseudo-form of this substance features beta-(1,3) linkage and leads to the lysozyme-insensitivity of Archea. Penicillin-binding proteins are essential in the synthesis of this substance, which is one of few natural occurrences of D-amino acids. One component of this substance consists of alternating NAG and NAM linkages, the latter of which hosts a three to five amino acid sequence. For 10 points, name this polymer of sugars and amino acids also called murein, which is found in particularly large amounts in Gram-positive bacteria and which forms the cell wall.
The protein synthesized in the most copies in E. coli is an alpha helix rich lipoprotein discovered by Braun; one-third of those copies bind covalently through the C-terminal lysine to this substance.
{peptidoglycan} [accept {murein} before mention]